Publications by authors named "M C Burns"
Introduction: Cutaneous T-cell lymphoma (CTCL) is closely associated with the host microbiome. While recent evidence suggests that shifts in specific bacterial taxa are associated with response to UV-B, a form of non-ionizing radiation, the impact of ionizing radiation (IR) has not been investigated.
Methods: 16S rRNA and gene amplicon sequencing were performed on DNA extracted from swabs of lesional/non-lesional skin of 12 CTCL patients before/after TSEBT or local IR and from 25 matched healthy controls (HC).
Article Synopsis
- The study aimed to identify risk factors for fetal alcohol spectrum disorders (FASD) by interviewing mothers of first-grade children, both with FASD diagnoses and controls.
- Results revealed significant differences in alcohol consumption patterns between mothers of children with FASD and control mothers, with those with FASD generally consuming more alcohol before and during pregnancy.
- The analysis highlighted maternal factors such as alcohol intake, liver issues, depression, and late prenatal care as key risk indicators for FASD, with less influence from paternal alcohol consumption once maternal drinking was accounted for.
Despite many advancements in gender equality in multiple professions, radiology continues to struggle with disparities in representation. This paper proposes a threestep approach to further address the gender equality issue within radiology, focusing on early exposure, dispelling misconceptions and promoting early and meaningful female mentorship.
View Article and Find Full Text PDFOur aim is to present two cases of infantile sinonasal tract myxoma with orbital involvement and conduct a comprehensive literature review of the topic. We aim to provide a summary of the presentation of infantile sinonasal tract myxomas to effectively aid clinicians in considering this rare entity as a potential diagnosis. We present a case series and a retrospective review of the published literature in the English language.
View Article and Find Full Text PDFThe precise positioning of the transcranial magnetic stimulation (TMS) coil on a person's head is crucial for the efficacy and reliability of the delivered stimulation protocol. Sophisticated techniques have been developed to define subject-specific stimulation targets, and advancements in the use of MRI-guided neuronavigation allows for real-time monitoring of the coil location during the TMS session. However, there is a need for TMS users to objectively quantify and report the accuracy of their targeting.
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